Four Tips for Buying Cat Trees
Material
One of the first things you need to consider when buying cat trees is the type of material they’re made from. Some models are made with carpet, which provides excellent friction for your cat. They usually come in a wider variety of colors. However, these cat trees won’t last very long as the cat will destroy the fabric loops.
Some cat trees are made from acrylic, or fake fur. Fake fur will last longer than carpet as they don’t have fabric loops. Sisal rope is one of the last common materials used to make cat trees. This material last longer than acrylic or carpet. It also has a rougher texture that cat prefer.
Construction
One of the next things you need to consider when buying cat trees is their construction. They are common made of pressboard or plywood. It’s usually best to choose cat trees that are made from plywood as they are more durable. The posts are commonly made of wood or cardboard. If weight is an issue, you should choose cardboard designs because they are lighter than wooden designs.
Type
When buying cat trees, you will also have to choose between two different types. There are free-standing and floor-to-ceiling models. If you have a larger cat, you may want to buy the floor-to-ceiling model as it will provide more stability. Some designs use spring rods to secure to the ceiling while others use screws. Free-standing cat trees have to be stabilized with hardware. However, they are easier to move to different locations.
Platforms
You should also look for cat trees that have platforms for your cat to climb. Some designs have curved platforms that serve as a place to sleep. You may also want to look for cat trees that have ladders that connect the different platforms together.
These are a few tips for buying cat trees. If you want a more durable design, then you should choose one made with sisal rope. Cat trees made from wood are more durable, but they are also heavier and harder to move around. If you have a larger cat, then you should consider a floor-to-ceiling design as it will provide more stability.
